Corsair Announces World's Fastest DDR3 Memory

Optimized for Current and Future Intel Platforms, Corsair demonstrates production-ready DDR3-1600 DOMINATOR and previews next generation speed grade at DDR3-2000

COMPUTEX – Taipei, Taiwan (June 4, 2007) – Corsair, the worldwide leader in high performance computer and flash memory products, today unveiled the world’s fastest production DDR3 memory rated at a blazing-fast 1,600MHz (PC3-12,800) and the world preview of the Corsair DOMINATORTM memory running at 2,000MHz (PC3-16,000). Live demonstration of the new DOMINATOR memory will be on display in the Corsair VIP suite (#1334) at the Grand Hyatt Hotel.

The TWIN3X2048-1600C10D DOMINATOR is the latest addition to the Corsair line of high-performance memory modules. Also on display is the upcoming generation of DDR3 DOMINATORs, ranging from 1GB modules running at over 2,000MHz and 2GB modules showing performance promise for 64-bit based applications. All DDR3 products have been developed to support the new Intel® P35 and X38 Express platforms, ensuring customers of an extreme user experience whether for gaming or applications with high computing needs.

The TWIN3X2048-1600C10D DOMINATOR will be available shortly after Computex. Both XMS3 DHX and XMS3 Classic products are currently available through Corsair’s worldwide authorized dealer channel:

FAMILY

PART NUMBER

SPEED

LATENCIES

DOMINATOR

TWIN3X2048-1600C10D

1600MHz

10-8-8-24

XMS3 DHX

TWIN3X2048-1333C9DHX

1333MHz

9-9-9-24

XMS3 CLASSIC

TWIN3X2048-1333C9

1333MHz

9-9-9-24

TWIN3X2048-1066C7

1066MHz

7-7-7-21

All DDR3 modules operate at lower memory voltages to deliver better performance with the same amount of power when compared to DDR2. Dynamic I/O Signal Termination and On-die Dynamic Termination (ODT) reduce the reflective signals transmitted to standby RAMs, thereby enabling support for higher memory frequencies. A larger prefetch means more data is immediately available for the processor and the differential data strobe reduces noise while accessing data, especially at higher frequencies...